3 hours of a neoplastic cell dividing, in thirty seconds ( cancer cells vs. normal cells)
The cell is expressing a fluorescently-tagged version of a supermolecule (EB1) that binds to growing tubule ends and additionally localizes to the spindle poles. This highlights the extremely dynamic tubule structure within the spindle, and additionally shows stellar microtubules extending toward t
How fast do cancer cells divide as compared to normal cells.
The cell is expressing a fluorescently-tagged version of a supermolecule (EB1) that binds to growing tubule ends and additionally localizes to the spindle poles.
This highlights the extremely dynamic tubule structure within the spindle, and additionally shows stellar microtubules extending toward the cell-bound. Completely different the various colors represent different focal planes giving a lot of 3D impressions.
It will be seen however the duplicated centrosomes move around the organelle then type the poles on opposite ends of the mitotic spindle equipment.
Although chromosomes themselves aren't labeled, they'll be seen as darker shadows within the living substance. The cell eventually divides apparently while not all chromosomes having aligned properly in the middle of the spindle, resulting in an abnormal condition, one among the hallmarks of cancer.
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